Fluid Injection(FI) Method in Super High Speed Point Grinding 磨擦片式自锁差速器超高速点磨削工艺磨削液的注入方式研究
It has now been demonstrated that fluid injection schemes can produce a sufficient side force to meet the requirements of many applications. 现在已经证明,流体喷射的方案能产生足以满足很多用途所要求的侧向力。
The problem of the magnetic fluid injection rate was discussed while a special phenomenon appeared in the experiment. 最后针对实验过程中的一个特殊现象,分析了磁性液体注入量的问题。
The model takes into account the effect of the heat transfer in the wellbore and fractures during fracturing fluid injection on fracture geometry. 该模型考虑了注液过程中的井筒温度变化和裂缝中的热交换对裂缝几何形态的影响。
The experiment platform mainly consists of automatic fluid injection system, observation device and detecting system. 构建了实验平台,硬件部分主要由进样系统、观察平台,检测系统组成。